Latest Myphone A878 Duo Not A898 Duo!!!

From their Facebook Page Myphone Philippines already revealed the price of their latest Android Dual-Core Mobilephone.
It cost cheaper at the price of just 5,388 Pesos,for their Myphone Facebook followers/fans
Its just for 1 day sale only this coming friday September 28 2012.
The original suggested retail price will be 6,999 pesos.

Myphone A878 are already available in every Myphone kiosk/concept store nationwide.

MyPhone A878 Duo Specifications:

Android 4.0.4 Ice Cream Sandwich
4.3-inch IPS capacitive display
1GHZ dual-core processor
microSD up to 32GB
(Free 4GB micoSD card)
5MP autofocus camera with LED flash
Dual SIM/ Dual Stanby
WiFi/ Bluetooth/ GPS
FM Radio/ TV-Out
MP3/MP4/Sound Recorder
Motion Sensor
1,800mAh Lipolymer Battery
Promo Price: Php5,388
SRP Price: Php6,999

Myphone A898 Guess The Price on their Upcoming Android Mobilephone

On Myphone Official Facebook page they upload the incomplete photo above and want their Facebook followers to guess how much the "Latest Myphone A898 Android Mobilephone they will unveiled soon

I guess the price will be between 6,000+ to 8,000+ maximum

Visit their and Like their Facebook Page and guess how much it will cost once the new mobilephone revealed:)

Myphone A898 Full Specifications Revealed!

According to Sir Chuckie of All Chucked Up! the Myphone A898 full specs is already revealed

The said MyPhone A898 use Dual-Core MTK6577 1.0Ghz,PowerVR™ Series5 SGX GPU,3G,5mp AF With Dual LED Flash packs with Android's 4.0.4 Ice Cream Sandwich OS.
Click the image below to see the full specifications:

MTK6577 "The MediaTek MT6577 features a dual 1GHz Cortex™-A9 application processor from ARM, a PowerVR™ Series5 SGX GPU from Imagination Technologies, MediaTek’s proven 3G/HSPA modem, and runs the latest Android 4.0 "Ice Cream Sandwich".
By integrating a dual-core application processor architecture widely deployed in the majority of today’s premium smartphones, the MT6577 boosts application and browser performance by up to 40% compared to single-core platform."